[SON, Joo-Young, SON, Joo-Young, KIM, Jin-Ho, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Jae-Won, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Jae-Won, CHANG, Won-Suk, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Jae-Won, CHANG, Won-Suk, CHOI, In-Ho, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Jae-Won, CHANG, Won-Suk, CHOI, In-Ho, HYUN, Dae-Young, SON, Joo-Young, KIM, Jin-Ho, KANG, Woo-Sung, KIM, Yun-Jung, KIM, Hong-Il, SON, Jae-Won, CHANG, Won-Suk, CHOI, In-Ho, HYUN, Dae-Young, HONG, Tae-Hwa] 129, Samsung-ro, Yeongtong-guSuwon-siGyeonggi-do 16677 A method for analyzing face information in an electronic device is provided. The method includes detecting at least one face region from an image that is being captured by a camera module, zooming in the at least one detected face region, and analyzing the at least one detected and zoomed in face region according to at least one analysis item.

[KIM, Jee Hyo 김지효, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, LEE, Jae Kyu 이재규, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, LEE, Jae Kyu 이재규, PARK, Nam Kyu 박남규, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, LEE, Jae Kyu 이재규, PARK, Nam Kyu 박남규, PARK, Tae Young 박태영, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, LEE, Jae Kyu 이재규, PARK, Nam Kyu 박남규, PARK, Tae Young 박태영, BYUN, Jae Kyung 변재경, KIM, Jee Hyo 김지효, KIM, Joo Hyeon 김주현, SON, Byung Il 손병일, KIM, Young Hoon 김영훈, LEE, Jae Kyu 이재규, PARK, Nam Kyu 박남규, PARK, Tae Young 박태영, BYUN, Jae Kyung 변재경, LEE, Ji Hak 이지학] 284, Yeonsam-ro 469-882 경기도 여주군 가남면 연삼로 284, Gyeonggi-doGanam-myeonYeoju-gunGyeonggi-do 469-882;(Sangam-dong), 19F, KBSMediacenter 121-915 서울시 마포구 매봉산로 45 케이비에스미디어센터 19층 (상암동), Seoul45, Maebongsan-ro,Mapo-gu,Seoul 121-915 The present invention determines the validity of reading information at the current point in time using reading information at a previous point in time. The present invention generates a factor matrix for a new building on the basis of energy efficiency or amount of energy consumption which is calculated in an unoccupied state, and can determine the validity of reading information of each household with reference to the factor matrix. Accordingly, proposed is a system for detecting an abnormal use of a meter reading device of an apartment house, which precisely determines the validity of reading information whether it is a new or old building. To this end, the present invention may comprise: a point-of-time comparison unit for comparing current reading information of an apartment house with previous reading information of the apartment house to determine the validity of the current reading information according to whether the current reading information falls within a preset similar range; and a factor matrix determination unit for, if the apartment house is a new building, partitioning the apartment house into a plurality of sections, and determining the validity of the current reading information by applying a factor matrix which is calculated with respect to the energy efficiency of each section in an unoccupied state.

[PARK, Hyun Il 박현일, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, HONG, Ju Pyo 홍주표, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, HONG, Ju Pyo 홍주표, JIN, Hai Feng 김해봉, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, HONG, Ju Pyo 홍주표, JIN, Hai Feng 김해봉, QU, Wanyuan 구만원, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, HONG, Ju Pyo 홍주표, JIN, Hai Feng 김해봉, QU, Wanyuan 구만원, JEONG, Byeong Ho 정병호, PARK, Hyun Il 박현일, LEE, Ju Hyun 이주현, HA, Joo Wan 하주완, KIM, Sung Hwan 김성환, YOO, Sun Geon 유순건, HONG, Ju Pyo 홍주표, JIN, Hai Feng 김해봉, QU, Wanyuan 구만원, JEONG, Byeong Ho 정병호, LEE, Se Won 이세원] 215 Munsan gongdan-gil, Oidong-eup 38209 경상북도 경주시 외동읍 문산공단길 215, Gyeongsangbuk-doGyungju-siGyeongsangbuk-do 38209;222, Techno 2ro, 34027 대전시 유성구 테크노2로 222, DaejeonYuseong-guDaejeon 34027 The present invention relates to a device for controlling the current of a vehicle lamp. The device for controlling the current of a vehicle lamp according to an embodiment of the present invention comprises: a first sensing resistor; a first current control circuit which is connected to the first sensing resistor, and provides a reference current corresponding to a first sensing voltage applied to both ends of the first sensing resistor when a reference voltage is applied; and a second current control circuit which is connected to an output end of the lamp, and forms a current path for the lamp when a second sensing voltage corresponding to the reference current is applied.

[KIM, Yong-ho, KIM, Yong-ho, KIM, Joo-ho, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, RYU, Jong-hyun, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, RYU, Jong-hyun, JUNG, Moon-il, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, RYU, Jong-hyun, JUNG, Moon-il, SONG, Hyun-min, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, RYU, Jong-hyun, JUNG, Moon-il, SONG, Hyun-min, KIM, Hong-suk, KIM, Yong-ho, KIM, Joo-ho, RA, Jin, RYU, Jong-hyun, JUNG, Moon-il, SONG, Hyun-min, KIM, Hong-suk, SOHN, Dong-hyun] 129, Samsung-ro, Yeongtong-guSuwon-siGyeonggi-do 16677 An electronic apparatus, including an emissive display configured to provide a first image having a first image quality; a transparent display disposed on the emissive display and configured to provide a second image having a second image quality; and a controller configured to control the emissive display to provide the first image in according to first mode and control the transparent display to provide the second image according to a second mode. An electronic apparatus, including an emissive display configured to provide a first image having a first image quality; a transparent display disposed on the emissive display and configured to provide a second image having a second image quality; and a controller configured to control the emissive display to provide the first image in according to first mode and control the transparent display to provide the second image according to a second mode.

[SUH, Kyung-Joo 서경주, SUH, Kyung-Joo 서경주, YU, Han-Il 유한일, SUH, Kyung-Joo 서경주, YU, Han-Il 유한일, KIM, Sang-Jin 김상진, SUH, Kyung-Joo 서경주, YU, Han-Il 유한일, KIM, Sang-Jin 김상진, PARK, Joo-Hyun 박주현, SUH, Kyung-Joo 서경주, YU, Han-Il 유한일, KIM, Sang-Jin 김상진, PARK, Joo-Hyun 박주현, LEE, Hye-Jin 이혜진, SUH, Kyung-Joo 서경주, YU, Han-Il 유한일, KIM, Sang-Jin 김상진, PARK, Joo-Hyun 박주현, LEE, Hye-Jin 이혜진, LEE, Hee-Jeong 이희정] 129, Samsung-ro, Yeongtong-gu 16677 경기도 수원시 영통구 삼성로 129, Gyeonggi-doSuwon-siGyeonggi-do 16677 The present disclosure relates to a communication technique for converging a 5G communication system for supporting a higher data rate beyond a 4G system with an IoT technology, and a system therefor. The present disclosure can be applied to intelligent services on the basis of a 5G communication technology and an IoT-related technology (for example, smart home, smart building, smart city, smart car or connected car, healthcare, digital education, retail, security and safety-related service, and the like). The present invention provides a method for enhancing data security, comprising: when a request message including information related to a first privacy level is received from a user device, authenticating the user device; when the user device is an authenticated device as a result of the authentication, verifying the information related to the first privacy level; and when the verification of the information related to the first privacy level is completed, transmitting, to the user device, an image processed on the basis of the first privacy level among images processed on the basis of a plurality of privacy levels.

[KIM, Dong Hyun 김동현, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, YOON, Gun Sang 윤근상, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, YOON, Gun Sang 윤근상, YOON, Hong 윤홍, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, YOON, Gun Sang 윤근상, YOON, Hong 윤홍, LEE, Joo Young 이주영, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, YOON, Gun Sang 윤근상, YOON, Hong 윤홍, LEE, Joo Young 이주영, LEE, Hyun Hee 이현희, KIM, Dong Hyun 김동현, KIM, Seo Hyun 김서현, KIM, Eui Soo 김의수, PARK, Kyoung Wook 박경욱, BAEK, Il Hee 백일희, SONG, Chang Min 송창민, YOON, Gun Sang 윤근상, YOON, Hong 윤홍, LEE, Joo Young 이주영, LEE, Hyun Hee 이현희, CHOI, Eun Ho 최은호] 30, Manjeondang-gil, Tangjeong-myeon 336-841 충청남도 아산시 탕정면 만전당길 30, Chungcheongnam-doAsan-siChungcheongnam-do 336-841 The present invention relates to a method for manufacturing a light extraction substrate for an organic light-emitting diode and, more specifically, to a method for manufacturing a light extraction substrate for an organic light-emitting diode, which can improve light extraction efficiency of an organic light-emitting diode and can also remarkably reduce a manufacturing process, manufacturing costs, and manufacturing time. To this end, the present invention provides a method for manufacturing a light extraction substrate for an organic light-emitting diode, the method comprising: an ion injection step of injecting, into the inside of the base material, an ion from one side of a base material arranged on a transparent electrode of an organic light-emitting diode, so as to form an ion injection layer inside the base material; and a heat treatment step of forming, inside the base material, a pore layer having a plurality of pores having a different refractive index from that of the base material, through the application of thermal energy to the ion injection layer, wherein the plurality of pores are induced through the gasification of the ion.

[LEE, Dong-Il 이동일, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, JANG, Hye-Youn 장혜윤, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, JANG, Hye-Youn 장혜윤, JUNG, Seong-Moon 정승문] One IFC Building, 10 Gukjegeumyung-ro 150-721 서울시 영등포구 국제금융로 10 원아이에프씨 빌딩, SeoulYeongdeungpo-guSeoul 150-721 Provided is a photocatalyst functional film comprising: a laminated structure of a substrate layer, a barrier layer and a photocatalyst layer, wherein the barrier layer is a SiO2 film and the photocatalyst layer is an amorphous TiO2 film; and visible light active photocatalyst particles formed on the surface of the amorphous TiO2 film. In addition, provided is a method for manufacturing a photocatalyst functional film comprising the steps of: obtaining an SiO2 sol by means of dehydrating and dealcoholizing reactions by adding an alcohol solvent and an acid to a silicate precursor; forming a barrier layer by applying and drying the SiO2 sol on a substrate; obtaining a TiO2 amorphous sol by means of dehydrating and dealcoholizing reactions by adding an alcohol solvent and an acid to a titanium precursor; and forming a photocatalyst layer by applying and drying, on the barrier layer, a composition formed by mixing visible light active photocatalyst particles with the TiO2 amorphous sol.

[LEE, Dong-Il 이동일, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, JANG, Hye-Youn 장혜윤, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, KIM, Hyun-Jae 김현재, JANG, Hye-Youn 장혜윤, JUNG, Seong-Moon 정승문] One IFC Building, 10 Gukjegeumyung-ro 150-721 서울시 영등포구 국제금융로 10 원아이에프씨 빌딩, SeoulYeongdeungpo-guSeoul 150-721 Provided is a photocatalyst functional film comprising: an accumulated structure of a substrate layer, a barrier layer and a photocatalyst layer, wherein the barrier layer is an amorphous TiO2 film and the photocatalyst layer is an amorphous TiO2 film; and a visible light active photocatalyst particle formed on the surface of the amorphous TiO2 film. In addition, provided is a method for manufacturing a photocatalyst functional film comprising the steps of: obtaining a TiO2 amorphous sol by means of dehydrating and dealcoholizing reactions by adding an alcohol solvent and an acid to a titanium precursor; forming a barrier layer by applying and drying the TiO2 amorphous sol on a substrate; and forming a photocatalyst layer by applying and drying, on the barrier layer, a composition formed by mixing the TiO2 amorphous sol with a visible light active photocatalyst particle.

[SON, Joo-young, SON, Joo-young, KIM, Jae-jin, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, HYUN, Dae-young, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, HYUN, Dae-young, KIM, Sun-ah, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, HYUN, Dae-young, KIM, Sun-ah, JOO, Ga-hyun, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, HYUN, Dae-young, KIM, Sun-ah, JOO, Ga-hyun, HONG, Tae-hwa, SON, Joo-young, KIM, Jae-jin, KIM, Ji-yun, HYUN, Dae-young, KIM, Sun-ah, JOO, Ga-hyun, HONG, Tae-hwa, KIM, Hong-il] 129, Samsung-ro, Yeongtong-guSuwon-siGyeonggi-do 16677 A display apparatus includes a display which displays a screen including a plurality of photo contents containing a user face and a processor configured to control the display to distinguishably display the plurality of photo contents based on a photographing time of the plurality of photo contents with reference to a time at which a preset event related with skin has occurred. A display apparatus includes a display which displays a screen including a plurality of photo contents containing a user face and a processor configured to control the display to distinguishably display the plurality of photo contents based on a photographing time of the plurality of photo contents with reference to a time at which a preset event related with skin has occurred.

[SEO, Joo-Hwan 서주환, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, JUNG, Seong-Moon 정승문, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, JUNG, Seong-Moon 정승문, KIM, Ha-Na 김하나, SEO, Joo-Hwan 서주환, LEE, Dong-Il 이동일, JUNG, Seong-Moon 정승문, KIM, Ha-Na 김하나, JANG, Hye-Youn 장혜윤] One IFC Building, 10 Gukjegeumyung-ro 07326 서울시 영등포구 국제금융로 10 원아이에프씨 빌딩, SeoulYeongdeungpo-guSeoul 07326 Provided are a visible light active photocatalyst material, a composition for coating a visible light active photocatalyst, containing an aqueous solvent, and a filter for air purification, comprising a photocatalyst coating layer formed of the composition. The composition for coating a visible light active photocatalyst implements a visible light activation performance and excellent photocatalytic efficiency and allows prompt and easy coating.